An Agent Based Layered Framework to Facilitate Intelligent Wireless Sensor Networks

H. Le, A. Scholtz, A. Potgieter
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Abstract

Wireless Sensor Networks (WSNs) have emerged with many useful applications but require a number of conflicting desirable properties such as: scalability, self-configuration, self-organization, deployability and simplicity. Most existing WSN proposals meet one or more of these requirements, but not all of them. Besides prior to the deployed of a network, it is challenging to alter the underlying technologies, such as: localization, routing, etc. This paper attempts to solve the complexity of these systems by proposing a dynamic structured framework using agents to facilitate different demands of WSN applications. For proof-of-concept, an initial prototype system was developed on the Solarium SunSPOT emulator.
一种基于Agent的无线传感器网络分层框架
无线传感器网络(wsn)已经出现了许多有用的应用,但需要一些相互冲突的理想属性,如:可扩展性、自配置、自组织、可部署性和简单性。大多数现有的WSN提案满足这些要求中的一个或多个,但不是全部。此外,在部署网络之前,更改底层技术是具有挑战性的,例如:本地化、路由等。为了解决这些系统的复杂性,本文提出了一种基于智能体的动态结构化框架,以满足无线传感器网络应用的不同需求。为了验证概念,在Solarium SunSPOT模拟器上开发了一个初始原型系统。
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